252 reputation
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location Las Vegas, NV
age
visits member for 2 years, 7 months
seen 49 mins ago

Apr
11
comment Preventing “proof by homework”?
Thanks! I wish I could accept both yours and mayrb's answer. :(
Apr
11
accepted Preventing “proof by homework”?
Apr
11
comment Preventing “proof by homework”?
Ahhh, thanks for reminding me of that fact, yes I did prove it in previous answers. I ended up using a combination of both yours and David's answers.
Apr
11
awarded  Yearling
Apr
11
asked Preventing “proof by homework”?
Apr
8
comment Getting different answer when evaluating an integral from a released exam.
Multiply by a ... not 1/a
Apr
8
revised Getting different answer when evaluating an integral from a released exam.
added 4 characters in body
Apr
8
comment Getting different answer when evaluating an integral from a released exam.
Actually, I forgot to add C to the second integration... darn it. XD
Apr
8
accepted Getting different answer when evaluating an integral from a released exam.
Apr
8
comment Getting different answer when evaluating an integral from a released exam.
I'm glad it wasn't me forgetting a rule. I get it. Multiply by 1/a and k = aC1 - aC2. Thanks! Hahaha.
Apr
8
reviewed Approve suggested edit on Getting different answer when evaluating an integral from a released exam.
Apr
8
awarded  Custodian
Apr
8
asked Getting different answer when evaluating an integral from a released exam.
Apr
7
accepted Help evaluating summation.
Apr
7
comment Help evaluating summation.
@Ron Gordon: Thanks! If you post a confirmation (as an answer) to my question I'll be happy to accept it!
Apr
7
comment Help evaluating summation.
Yeah. It is 10^(i/n)
Apr
7
asked Help evaluating summation.
Nov
24
accepted How to prove the divisors of two numbers is the same as the divisors of a and b?
Nov
22
comment How to prove the divisors of two numbers is the same as the divisors of a and b?
Ok, so I think I get it: $\gcd(a,b)$ is the smallest linear combination solution. All divisors of $a$ and $b$ divide the linear combination. Therefore, the two sets of divisors are the same then?
Nov
22
asked How to prove the divisors of two numbers is the same as the divisors of a and b?